It is important for
image-guided spine surgeons to obtain complete three-dimensional
visualization since critical bone localization and trajectory
information are of serious consideration during spinal procedure.
The image-guided spinesurgeons can plan trajectories using In2Vision
Spine for the optimum entry point.
In2Vision Spine has delicately designed functions of reducing
errors, frustration, and time-consuming works out of registration
process. You can navigate using either flouroscope images or
CT Data sets.
Key features
CT-Fluoroscopic registration
CT-based Multi-planar DRR(Digitally Reconstructed Radiography)
Navigation with 3D&MPR image
Virtual postoperative images
In2Vision- CT-Based Navigation
Using
a virtual tip, In2Vision provides more evolved displays for
accurate guidance of instruments and simulation. Pedicle screw
placement, osteotomies of patients can be easily done with In2Vision
Spine.
Simplified Process
In2Vision simplified the whole
spine surgery process to save time!
Once pointing the navigation probe to the interested direction,
surgeons can immediately acquire the trajectory guidance
of a planned screw. This enables surgeons to have time-saving
and accurate alignment of the screw trajectory. You can
promptly have access to the images of planned trajectory
using various surgical instruments simply after freezing
the ideal display of virtual tip.
In2Vision- Fluoroscope-based navigation
With minimal exposure to radiation
dose, In2Vision offers multi-planar fluoroscopic view
of spine and safe implantation for spinal surgery. In2Vision
provides various C-Arm interfaces, which automatically
calibrate target attachment and acquire high quality images
allowing surgeons to focus on the patients. In2Vision's
automatic C-Arm registration extricates pre-operative
periodic calibration, corrects image distortion and calculates
projection geometry.
During intra-op navigation, surgeons can navigate on multi-planar
fluoroscopic images and virtual tool overlay and finally
can exercise precise implant placement with reliability
and confidence.
Key Benefits
- Simultaneous multiplanar
fluoroscopic views minimizes the need for constant repositioning
C-arm.
- Reduce radiation exposure for both the patient and operating
room staff by eliminating the
need for continuous fluoroscopy.
- Greater access to the surgical field due to the removal
of C-arm out of the operative field
during navigation.
- Precise pedicle screw placement by 3-dimensional models
of implants and instruments.
- "Shoot and go" technology means no waiting
for data to merge, may reduced operating room
time, and result in possible cost savings to the hospital.
In2Vision- CT-Based Navigation
